Chris Hawkins Wide Saurian Mens Ring

Our Price: £130.44 £108.70 ex VAT

Item in stock!
Quantity: 

UK Ring Size(Required) :
  • Chris Hawkins Wide Saurian Mens Ring
  • Chris Hawkins Wide Saurian Mens Ring
  • Chris Hawkins Wide Saurian Mens Ring
  • Chris Hawkins Wide Saurian Mens Ring
 

PRODUCT SUMMARY

The 'Wide Saurian' men's ring is part of the 'Mako' collection exclusively for men. The range has been created and innovated by British designer, Chris Hawkins. base in his converted studio in Brighton, Hawkins has been inspired by the '...perfectly evolved beauty of natures predators'. This has created such rings as the 'Wide Saurian' based upon a group of lizards and reptiles.

The solid 925 silver men's ring sits at 1.5cm wide and 2mm deep. It is the finish to the silver that has characterised and individualised this men's ring. The entire surface (Interior and exterior) has been oxidised. This means that the silver has been exposed to both oxygen and sulphur in a chemical process, purposely giving the silver a blackened finish.

This technique offers an almost granite like finish to the silver. It is enhanced with the textured effect that has been cut into the silver. The exterior of the band has been made to look like reptile skin, each point of the scale like surface has a different reflection and catches the light in an infinite amount of ways.

The darkened finish and amazing texture to this ring epitomises the creativity and technical ability of Chris Hawkins. The ring is stunning and the ultimate masculine ring.  This superb ring comes delivered within a premium Aaron Kane presentation box. 

* Sizes shown are currently in stock if you require any other size please contact us by clicking on the product enquiry button shown above. Please state the size you require. We will be able to supply this within 3 weeks.

You may also like:

Chris Hawkins Thorn Mens Ring

The 'Thorn' ring is part of the 'Stem' collection innovated by British and Brighton based men's jewellery designer, Chris Hawkins. The inspiration received from the natural world is identified throughout the collection...